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Growth and survival of budded Kinnow plants as influenced by different types of black polybags and soil media

机译:不同类型的黑色塑料袋和土壤介质对Kinnow芽植物的生长和存活的影响

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摘要

The experiment was carried out to standardize the black polybags with different soil media for production of budded Kinnow plants with treatments comprising four different sizes of black polybags and different soil media containing soil, sand, vermicompost and farm yard manure (FYM) in different proportions. The interaction effect of different potting material and propagation media showed that potting material viz. black polybags of size 22x10x8 cm with holes filled with propagation media soil: sand: vermicompost in the ratio of 1:1:1 reported maximum diameter of scion (0.89 cm), diameter of stock (2.76 cm), scion stock ratio (0.32), length of shoot (20.00 cm), number of shoot (11.81), number of leaves per scion (12.50) and height of plant (44.96 cm); whereas, soil temperature, electrical conductivity and soil texture were also observed highest. The cost of raising 10000 kinnow buddlings in black polybags of size 22x10x8 cm with holes filled with propagation media soil: sand: vermicompost in ratio of 1: 1: 1 was estimated as Rs 54321.00.
机译:进行该实验以标准化用于生产发芽的Kinnow植物的具有不同土壤介质的黑色塑料袋,处理方法包括四种不同尺寸的黑色塑料袋和不同土壤介质,其中包含不同比例的土壤,沙子,ver堆肥和农田肥料(FYM)。不同灌封材料与传播媒介的相互作用影响表明灌封材料具有可塑性。黑色塑料袋,尺寸为22x10x8厘米,孔中充满传播介质土壤:沙土:ver堆,报告的接穗最大直径(0.89厘米),砧木直径(2.76厘米),接穗砧木比率(0.32)以1:1:1的比率,枝长(20.00厘米),枝数(11.81),每个接穗的叶片数(12.50)和植物高度(44.96厘米);而土壤温度,电导率和土壤质地也最高。在尺寸为22x10x8 cm的黑色塑料袋中饲养1万个kinnow幼芽的成本为1:432:1,比率为1:1:1,孔中装有繁殖介质:沙:sand堆肥。

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